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Contactors (Electromechanical)

A contactor is an electrical control device used to control the flow of electricity in an electrical system. It is mainly used for motor control, switching, switching input and output power supply, and controlling electric heating equipment. In simple terms, a contactor is an electrically operated switch used for controlling higher loads.

CC65SD12 Application Field And Working Principle

CC65SD12 is a type of contactor manufactured by the American company Telemecanique. It is used to control high voltage and current loads. It is a three-phase contactor with three control poles and three contact closures.

CC65SD12 contactors can be used in various industrial applications, such as motor control, lighting control, and various other industrial applications. The rated current of CC65SD12 contactors is up to 600A and the operating voltage range is 3 to 690V AC. This contactor also features a wide range of application accessories, such as overload protection, indicator lights, switches, and fuses.

The working principle of CC65SD12 contactors is based on the electromechanical principles of force. When an external mechanical force is applied to the contactor, it causes the contacts to close and open. The main components of the contactor are a coil, an armature, and a set of contacts. The coil supplies the power to move the armature, which is attached to the contacts. When a current is supplied to the coil, it causes the armature to move, thus closing or opening the contactor.

The main advantage of contactors is their ability to switch high voltage and current loads. They also provide overload protection and are reliable and cost-effective. CC65SD12 contactors are used in highly-demanding applications, such as elevator systems, electric heating and air conditioning systems, and in various industrial applications.

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